Transmission structure of nipper of comber

Abstract

The invention relates to a power transmission mode and a structure of a nipper of a comber. In the transmission structure of the nipper of the comber, a pivot of the nipper (12) is rotatablely connected with a support bar (11) which is positioned on the lower part and is rotatablely connected with a base. A rotating wheel (1) of a servo motor mechanism is connected with the other pivot of the nipper (12) by an eccentric wheel (18) in an eccentrically rotating manner. A servo motor A (7) of two servo motors is meshed with a planetary carrier gear (9) of a planetary gear by a gear (6) of the servo motor A, and the other servo motor B (8) is meshed with a rear planetary gear (4) by a central gear (10) of the planetary gear. A front planetary gear (3) is meshed with a drive output gear (2) which is coaxially connected with the rotating wheel (1). The gear (6) of the servo motor A and a gear (9) of the servo motor B can be both meshed with a coaxial output gear (2) of the rotating wheel (1). The motion trail of the nipper is adjustable, thus conducing to optimizing the nipper motion, simplifying the structure and conducing to improving the speed of the comber and the combing quality.

Description

(1) Technical field [0001] The invention relates to a nipper plate component structure of a combing machine in the textile industry, in particular to a power transmission structure of the nipper plate of the combing machine. (2) Background technology [0002] It is well known that in order to improve the quality of chemical fiber cotton and wool fabrics, an important process in textile engineering is to comb the sliver, and its function is to remove short fibers, impurities, cotton by combing the sliver web produced by the carding machine. At the same time, it also improves the straightness of the cotton fiber, so that the combed sliver can finally be spun into a high-count yarn of more than 60 counts and a glossy appearance through the subsequent process, so as to meet the needs of people wearing comfortable clothes or some special needs. Therefore, the comber is an indispensable equipment for spinning high-count yarns and blended products. [0003] The main working parts...

AI Technical Summary

Problems solved by technology

[0006] Although the configuration structure of the prior art can satisfy the basic operation of the nipper, with the continuous progress of the textile industry and the improvement of the requirements for the combing of cotton and chemical fiber materials, the improvement of product quality is realized by the crank-link mechanism. The transmission action of the nipper shaft swing is realized by the crank, slider and slide bar mechanism. After the mechanical size is determined, the displacement, speed and acceleration of the nipper movement are also fixed, and cannot be adjusted at will, and cannot adapt to subtle changes. Therefore, the nipper transmission mechanism and method in the prior art are not satisfactory, and the field hopes to provide a transmission device and mechanism that can adjust the nipper operating characteristics more conveniently and freely, and conform to the simulation of more characteristic curves.

[0007] At the same time, the crank-connecting rod transmission method in the prior art has a complex structure, difficult processing, high cost, relatively large structure, large vibration and impact on the equipment, and large operating inertia caused by mechanical action, which affects the accuracy of the action and the device. service life, those skilled in the art also hope to have a breakthrough change

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